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3 Reasons Why Converged Data Centers Actually Exist

Technically, a converged infrastructure is named so because it pools compute, network and storage resources to simplify management making it easier for shared resources to scale up/down, move and better support fluctuating demands of a data center. But is it really the way to go? Is it business-critical and decisive to the development of next-generation data center infrastructure? Let’s take a look under the hood.Why Convergence?There are several contributing parameters to the emergence of converged data centers. However, we would limit ourselves to these 3:COTS – Commercial off-the-shelf HardwareThe emergence of commercial off-the-shelf (COTS) hardware essentially has led to disaggregation of software and hardware now making it possible for data centers to be managed by virtualized software platforms. This means we no more need wide range of proprietary, specialized systems, but virtualized platforms that can connect or converge in to software-defined infrastructure.Reduced CAPEX and OPEXWhile COTS established industry standards for hardware commodities, SDx infrastructure has made sure to confer benefits such as:– Reduced CAPEX – Storage, network and compute resources are now coupled as one appliance– Reduced OPEX – Lesser consumption of real estate and powerReadiness for Hybrid Cloudhas become the underlying foundation for Hybrid cloud. Having said that, the ‘converged’ theory makes it possible to have a scaled-out infrastructure that can be integrated and orchestrated easily with Hybrid cloud environment.Are Top Players game?EMCWith VMware as a strategic partner, and along with VCE, EMC has pretty much all the components of converged and hyper converged to itself. Hence, it is set to reap converge benefits via its own storage, VMWare’s virtualization platform and Dell’s hardware.VMwareVMware’s VSAN pretty much takes care of everything converged or hyper-converged. With products such as EVO:RAIL and EVO:SDDC, VMWare is already set to lead the converged and HI trajectory.CiscoEarlier with UCE, FCoE, and now with its HyperFlex line of servers, Cisco wins the title of an early mover as well as sustained player in the game of converged and Hyperconverged.Up for some numbers?According to IDC, WW Converged Systems Revenue increased by 8.3% in 2015 at $10.6 Billion.(Source: IDC Worldwide Converged Systems Tracker, March 31, 2016)

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3-Way Multi Cloud Infrastructure Management With Terraform HCL

A Stronger Digital expertise mandates better Data Authority. Data plays a major role in different aspects of our business especially since the rise of Cloud computing technologies. Traditional storage systems are increasingly losing their charm while Cloud Storage infrastructures are being explored and supported more with innovative advances. However, Cloud Infrastructure can easily get too painful too quick if one isn’t rightly equipped for its management. Therefore, it’s imperative that we discuss and understand about Cloud computing technologies, their key service providers and most importantly the right means to manage the Cloud infrastructure.Peeping Into the Wonders of Cloud computing:Cloud computing, as it is very well known in recent times, is the delivery of computing services including – servers, storage, databases, networking, software, analytics, and intelligence—over the Internet (“the cloud”). We saw how during the disruptive reality of last two years, cloud provided us with not only business continuity but also faster innovation, flexible resources, and economies of scale. Some of the major ways in which cloud has change the digital landscape for good are:Economy – You Pay only for cloud services that you use,Better ROIs – Lower Op-ex and Cap-ex for even better service qualityAutomation – Form infrastructure management to regular deployments, everything is more efficient and automation-friendly.High Scalability – As the business grows in terms of clientele, the entire system can easily scale in no-timeIt is also a well-known fact that many major players have already established themselves as Cloud Infrastructure experts. Depending on the popularity and business merits of these cloud service providers, their share in the market varies (figure below)With the varying benefits and service feasibilities of the cloud vendors, business find it more economical to opt for multiple cloud infrastructures and invest in better expertise and resources to manage them all. One important tool that helps in this task is Terraform.Terraform – HCL and Multi-Cloud Infrastructure ManagementTerraform is a popular infrastructure-as-code (IaC) tool from HashiCorp for that helps with building, changing, and managing infrastructure. For managing Multi Cloud environments it uses a configuration language called the HashiCorp Configuration Language (HCL) which codifies cloud APIs into declarative configuration files. The configuration files are then read and provided an execution plan of changes, which can be reviewed, applied, and appropriately provisioned.To understand this better, we need to dive into the different aspects of Terraforms working that come together to manage our multi-cloud infrastructures.Terraform Plugins: A provider is a plugin that Terraform uses to create and manage our resources. It interact with cloud platforms and other services via their application programming interfaces (APIs).We have more than 1,000 providers in the HashiCorp and the Terraform community to manage resources on Amazon Web Services (AWS), Azure, Google Cloud Platform (GCP), Kubernetes, Helm, GitHub, Splunk, and DataDog etc. and also we can find providers for many of the platforms and services in the “Terraform Registry”.Terraform Work flow: Terraform – Workflow consist of 3 stages Write – Define the resourcesPlan – Preview the changes.Apply – Make the planned changes.2.1 Write: We can define resources across multiple cloud providers and services. For example, we can create a configuration to deploy an application on virtual machines in a Virtual Private Cloud (VPC) network with security groups and a load balancer.2.2 Plan: We can create an execution plan describing the infrastructure it will create, update, or destroy based on the existing infrastructure and our configuration.2.3 Apply: Based on our approval, Terraform performs the proposed operations in the correct order, respecting any resource dependencies. For example, if we update the properties of a VPC and change the number of virtual machines in that VPC, Terraform will recreate the VPC before scaling the virtual machines. 3. Terraform Cloud Infrastructure Management3.1 Installing Terraform (CentOS/RHEL)Install yum-config-manager to manage your repositories.sudo yum install -y yum-utilsApplying yum-config-manager to include HashiCorp Linux reposudo yum-config-manager –add-repohttps://rpm.releases.hashicorp.com/RHEL/hashicorp.repoInstall.sudo yum -y install terraform3.2 Building InfrastructureConfigure the AWS CLI from your terminal.aws configureEnsuring separate working directories for each Terraform configurationmkdir learn-terraform-aws-instanceChange into the directory.cd learn-terraform-aws-instanceCreate a file to define your infrastructure.touch main.tfComplete configuration – deploy with Terraform3.3 Change InfrastructureCreate a directory named learn-terraform-aws-instance and use the above configuration into a file named main.tf.Initialize the configuration.$ terraform initApply the configuration (the confirmation prompt needs ‘Yes’ as the response to proceed)$ terraform applyFor updating the ami of your instance the aws_instance.app_server resource needs to be changed under the provider block in main.tf byReplace the current AMI ID with a new one.Finally, post-configuration-change, again run terraform apply to see the change on existing resources3.4 Destroy InfrastructureThe terraform destroy command terminates resources managed by our Terraform project. Destroy the resources which we createdBy this way, we can Build, Change and Destroy Various Cloud infrastructure (AWS, AZURE, GCP etc.) by using Terraform HCL .ConclusionManaging a single cloud infrastructure for private and public business purposes can be helpful. It seems humanely impossible to juggle between multiple cloud vendors. Therefore, external help in the form of Terraform is highly valuable for the business to maintain their bandwidth for consistent innovations. The 3-way process to ensure efficient multi-cloud infrastructure management is a gift that would easily make Terraform an essential weapon in our digital arsenal.

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5 Key Motives to Adopt a Cloud-Native Approach

While some may argue that cloud-native history has been building for a while, it was companies like Amazon, Netflix, Apple, Google, and Facebook that heralded the underrated act of simplifying IT environments for application development. The last decade saw a bunch of highly innovative, dynamic, ready to deliver, and scaled-at-speed applications take over businesses that were stuck in complex, monolithic environments, and failed to deliver equally compelling applications. What dictated this change in track was the complexity and incompetence of traditional IT environments. These companies had already proven their competitive edge with their knack in identifying and adapting futuristic technology, but this time, they went back and uncomplicated matters. They attested cloud-native to be “the” factor that simplified app development if we are to continue this trend of data overload. Their success was amplified by their ability to harness the elasticity of the cloud by redirecting app development into cloud-native environments. Why Is Cloud-Native Gaining Importance? Application development has rapidly evolved into a hyper-seamless, almost invisible change woven into the users’ minds. We are now in an era where releases are a non-event. Google, Facebook, and Amazon update their software every few minutes without downtimes – and that’s where the industry is headed. The need to deploy applications and subsequent changes without disrupting the user experience have propelled software makers into harnessing the optimal advantages of the cloud. By building applications directly in the cloud, through microservice architectures, organizations can rapidly innovate and achieve unprecedented business agility, which is otherwise unimaginable. Key Drivers for Organizations to Going Native 1. Nurtures innovation With cloud-native, developers have access to functionally rich platforms and infinite computing resources at the infrastructure level. Organizations can leverage off the shelf SaaS applications rather than developing apps from scratch. With less time spent on building from the ground up, developers can spend more time innovating and creating value with the time and resources at hand. Cloud platforms also allow the trial of new ideas at lower costs –through low-code environments and viable platforms that cut back costs of infrastructure setup. 2. Enhances agility and scalability Monolithic application architectures make responding in real-time tedious; even the smallest tweaks in functionality necessitates re-test and deployment of the whole application. Organizations simply cannot afford to invest time in such a lengthy process. As microservice architectures are made of loosely tied independent elements, it is much easier to modify or append functionalities without disrupting the existing application. This process is much faster and is responsive to market demand. Additionally, microservice architectures are ideal for exploring fluctuations in user demands. Thanks to their simplicity, you only need to deploy additional capacity to cater to fluctuating demand (on an individual container), rather than the entire application. With the cloud, you can truly scale existing resources to meet real-time demand. 3. Minimizes time to market Organizations are heavily involved in time-consuming processes in traditional infrastructure management- be it provisioning, configuring, or managing resources. The complex entanglement between IT and dev teams often adds to the delay in decision making, therefore obstructing real-time response to market needs. Going cloud-native allows most processes to be automated. Tedious and bureaucratic operations that took up to 5-6 weeks in a traditional setup can be limited to less than two weeks in cloud-native environments. Automating on-premise applications can get complicated and time-consuming. Cloud-based app development overcomes this by providing developers with cloud-specific tools. Containers and microservice architectures play an essential part in making it faster for developers to write and release software sooner. 4. Fosters Cloud Economics It is believed that most businesses spend a majority of their IT budget in simply keeping the lights on. In a scenario where a chunk of the data center capacity is idle at any given point in time, it demands the need for cost-effective methodologies. Automation centric features like scalability, elastic computing, and pay-per-use models allow organizations to move away from costly expenditures and redirect them towards new features development. In simple words, with a cloud-native approach, you bring the expenses down to exactly what you use. 5. Improves management and security Managing cloud infrastructure can be handled with a cluster of options like API management tools, Container management tools, and cloud management tools. These tools lend holistic visibility to detect problems at the onset and optimize performance. When talking of cloud, concerns related to compliance and security are not far off. The threat landscape of IT is constantly evolving. When moving to the cloud, businesses often evolve their IT security to meet new challenges. This includes having architectures that are robust enough to support change without risking prevailing operations. The loosely coupled microservices of cloud-native architectures can significantly reduce the operational and security risk of massive failures. Adopting Cloud Native for Your Business Migrating to cloud-native is a paradigm shift in the approach of designing, development, and deployment of technology. By reducing the complexity of integration, cloud-native provides a tremendous opportunity for enterprises. They can drive growth by leveraging cloud-native environments to develop innovative applications without elaborate setups. Organizations are looking at a lifelong means of creating continuously scalable products with frequent releases, coupled with reduced complexities and opex. Cloud and cloud-native technologies signify the building of resilient and efficient IT infrastructure minus the complications, for the future. By selecting the right cloud-native solution provider, organizations can develop and deliver applications faster, without compromising on quality. Conclusion In an era of limitless choices, applications that quickly deliver on promises can provide a superior customer experience. Organizations can achieve this through faster product development, iterative quality testing, and continuous delivery. Cloud-native applications help organizations to be more responsive with the ability to reshape products and to test new ideas quickly, repetitively.

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5 Top Cloud Computing trends You Should Know in 2018

The adoption of cloud computing reached new heights in 2017. As we progress ahead, the year 2018 will continue to maintain the focus on cloud computing in the forefront. Businesses are increasingly adopting a cloud-based strategy to scale up. With IOT, AI and ML witnessing a greater push and absorption in the industry, cloud computing is a hot space that is bound to grow exponentially.Aziro (formerly MSys Technologies), backed by its industry-leading cloud computing services experience brings to you the 5 top cloud computing trends for 2018.Trends for 2018With more than a decade’s experience in IT services domain, Aziro (formerly MSys Technologies) can help you with all your cloud computing needs. Talk to our experts.Contact us today!

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5 Ways How Enterprises Ensure Cloud-Native Data Protection

In today’s digital era, the cloud-native landscape has revolutionized how enterprises manage and secure their data. As organizations migrate to cloud-native environments, ensuring security becomes paramount to protect sensitive information and maintain trust with customers and stakeholders. The flexibility and scalability offered by cloud-native architectures provide significant advantages, but they also introduce unique challenges and vulnerabilities that must be addressed proactively. Enterprises today require robust security practices, and that’s precisely what we are here to discuss. In this blog, we’ll explore six essential strategies that enterprises can implement to ensure robust cloud-native data protection. Let’s get started! 5 Key Practices fir Enterprises to Ensure Cloud-Native Data Protection Below are five key practices that enterprises must embrace to ensure their data remains secure, compliant, and resilient in the cloud environment. 1. Automated Backup and Recovery In the realm of cloud-native data protection, automated backup and recovery practices essential for enterprises aiming to safeguard their data effectively. By integrating seamlessly with cloud environments, these automated systems ensure that data is regularly backed up without the need for manual intervention. This automation minimises the risk of data loss, providing a reliable safety net in case of unexpected failures or cyberattacks. Key practices involved in implementing automated backup and recovery include: Scheduled Backups: Configuring regular backup schedules to ensure that all critical data is consistently and accurately duplicated. Incremental Backups: Employing incremental backup strategies that save only the changes made since the last backup, reducing storage requirements and speeding up the backup process. Redundancy and Replication: Utilizing multiple storage locations and replication techniques to ensure data is available even if one location fails. Automated Testing: Conducting regular automated tests of backup integrity and recovery processes to ensure backups are not corrupted and can be restored when needed. Encryption: Implementing robust encryption methods to protect backup data from unauthorized access both in transit and at rest. 2. Encryption and Key Management Encryption and key management are fundamental for cloud-native data protection. Encryption secures data by converting it into a coded format unreadable to unauthorized users. Effective strategies include securing data both in transit and at rest using strong encryption protocols, such as AES-256. However, encryption alone is insufficient; effective key management practices are equally important. Key management involves generating, storing, distributing, and rotating encryption keys securely, ensuring they do not become a single point of failure. Key practices include: Use Strong Encryption Protocols: Employ robust encryption standards like AES-256 for both data in transit and at rest. Secure Key Storage: Utilize hardware security modules (HSMs) or key management services (KMS) provided by cloud vendors. Enforce Access Controls: Limit access to encryption keys to authorized personnel only. Regular Key Rotation: Frequently rotate encryption keys to mitigate the risk of key compromise. Audit Key Management Processes: Conduct regular audits to ensure compliance with security policies and best practices. Implement Encryption Policies: Establish and enforce encryption policies across the organization to maintain consistent data protection standards. 3. Continuous Monitoring and Threat Detection In the realm of cloud-native data protection, continuous monitoring and threat detection stand as critical pillars. Enterprises must ensure robust observability to maintain the integrity and security of their data. Observability involves collecting, visualizing, and analyzing data from various sources within the cloud infrastructure. This enables real-time insights into system behavior and potential vulnerabilities. Key practices involved in continuous monitoring and threat detection include: Real-Time Alerts: Implementing automated systems that trigger real-time alerts when anomalies or suspicious activities are detected. This allows for immediate response and mitigation. Log Management: Aggregating and analyzing logs from different components to identify patterns or irregularities that could signify a threat. Endpoint Monitoring: Keeping a vigilant eye on all endpoints to detect unauthorized access or malicious activities promptly. Network Traffic Analysis: Continuously analyzing network traffic to identify unusual patterns that might indicate a cyber-attack or data breach. Vulnerability Scanning: Regularly scanning the infrastructure for known vulnerabilities and ensuring they are promptly addressed. Behavioral Analysis: Using advanced analytics to understand the typical behavior of systems and users, thereby identifying deviations that may signal security threats. 4. Compliance and Governance Ensuring compliance with relevant regulations and standards is crucial for enterprises to protect cloud-native data. Enterprises establish governance frameworks to enforce policies, monitor compliance, and ensure that data protection practices meet regulatory requirements. Compliance frameworks like GDPR for European businesses, HIPAA for healthcare, PCI DSS for credit card transactions, and state-by-state data privacy regulations in the U.S. (e.g., CCPA) set the foundation for robust data protection strategies. Key practices in compliance and governance include: Policy Enforcement: Developing and enforcing policies that align with regulatory standards to ensure consistent data protection practices across the organization. Regular Audits: Conducting regular audits and assessments to verify compliance with relevant regulations and identify areas for improvement. Data Encryption: Implementing encryption methods to protect data both in transit and at rest, ensuring that sensitive information remains secure. Access Controls: Establishing strict access controls to limit data access to authorized personnel only, reducing the risk of unauthorized access or data breaches. Incident Response Planning: Developing and maintaining incident response plans to swiftly address and mitigate data breaches or security incidents. Training and Awareness: Providing ongoing training and awareness programs for employees to ensure they understand and adhere to data protection and compliance requirements. 5. Security in Development (DevSecOps) Incorporating security into every phase of the software development lifecycle, DevSecOps ensures that security is not an afterthought but a core component of development. By integrating security practices early in the development process, organizations can identify and mitigate potential vulnerabilities before they become critical issues. This proactive approach not only enhances the security posture but also accelerates development timelines by reducing the need for extensive security reviews at later stages. Key Practices in DevSecOps Include Automated Security Testing: Integrating automated security tools into the CI/CD pipeline to continuously scan code for vulnerabilities. Threat Modelling: Identifying and prioritizing potential threats to understand how they can be mitigated. Secure Coding Practices: Educating developers on secure coding standards and practices to prevent common vulnerabilities like SQL injection and cross-site scripting. Continuous Monitoring: Implementing tools that provide real-time monitoring and alerts for suspicious activities. Regular Security Audits: Conducting periodic security assessments to identify and address security gaps. Collaboration and Training: Fostering a culture of collaboration between development, security, and operations teams through regular training and knowledge sharing sessions. Conclusion As enterprises continue to embrace cloud-native architectures, the importance of robust data protection practices cannot be overstated. The strategies discussed—automated backup and recovery, encryption and key management, continuous monitoring and threat detection, compliance and governance, and DevSecOps—are essential to safeguarding sensitive information in the cloud. By proactively implementing these practices, organizations can mitigate risks, maintain regulatory compliance, and build a resilient security posture. Embracing these cloud-native data protection strategies not only protects critical data but also strengthens trust with customers and stakeholders, ensuring a secure and thriving digital environment. Connect with Aziro (formerly MSys Technologies) for a robust cloud native data security services.

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6 Best SaaS Security Practices to Master Cloud Security

In today’s digital age, cloud security is paramount as businesses increasingly rely on cloud services for their operations. Software as a Service (SaaS) plays a critical role in this landscape, offering flexible and scalable solutions to meet diverse business needs. However, with great power comes great responsibility, and securing these SaaS applications is essential to protect sensitive data and ensure business continuity. In this blog, we’ll provide actionable SaaS security practices to help you master cloud security and safeguard your organization’s digital assets. 6 Best SaaS Security Practices Here are seven best practices enterprise can implement to secure their cloud infrastructure landscape. 1. Implement Strong Access Controls Access controls are critical for protecting your cloud environment by ensuring that only authorized users can access specific resources. This reduces the risk of unauthorized access, data breaches, and potential misuse of sensitive information. Best practices for setting up access controls Use of multi-factor authentication (MFA) Role-based access control (RBAC) Regular review and update of access permissions 2. Ensure Data Encryption Data encryption is essential in SaaS applications to protect sensitive information from unauthorized access and breaches, both in transit and at rest. It ensures that data is unreadable to anyone without the proper decryption keys. Best practices for data encryption Encrypt data at rest and in transit Use strong encryption algorithms (e.g., AES-256) Implement end-to-end encryption Regularly update and manage encryption keys Ensure compliance with relevant encryption standards and regulations 3. Regular Security Audits and Assessments Regular security audits are crucial for maintaining a robust security posture. These audits help identify vulnerabilities, ensure compliance with security policies, and proactively address potential security threats. By consistently evaluating your security measures, you can prevent security lapses and maintain the integrity of your SaaS applications. Best practices for security audits and assessments Conduct periodic vulnerability scans Perform penetration testing Review access logs and security policies regularly Engage third-party auditors for unbiased assessments 4. Secure APIs APIs are the backbone of SaaS applications, enabling integration and functionality. However, if not properly secured, APIs can be a significant security risk, leading to data breaches and unauthorized access. Ensuring the security of APIs is vital for protecting your application and user data. Best practices for securing APIs Implement rate limiting Use API gateways Enforce strong authentication and authorization Monitor and log API activity Regularly update and patch API components 5. Implement a Strong Incident Response Plan Having a robust incident response plan is essential for quickly and effectively addressing security breaches. This plan outlines the steps to take in the event of an incident, helping to minimize damage, recover operations swiftly, and improve future responses. A well-prepared incident response plan is a critical component of any comprehensive security strategy. Best practices to implement a strong incident response plan Develop and document an incident response policy Establish a dedicated incident response team Conduct regular training and simulations Define clear communication protocols Continuously review and update the response plan 6. Stay Updated with Security Patches and Updates Regular updates and patches are vital for protecting your SaaS applications from known vulnerabilities. Keeping your software up-to-date ensures that you are protected against the latest threats and enhances the overall security of your system. Neglecting updates can leave your applications susceptible to attacks and compromise your data integrity. Best practices for staying updated with security patches and updates Enable automatic updates where possible Regularly check for and apply patches Maintain an inventory of software and versions Test patches in a staging environment before deployment Monitor vendor security advisories and alerts Conclusion For comprehensive cloud security solutions, connect with Aziro (formerly MSys Technologies). Our expert team will help you implement best practices such as strong access controls, data encryption, regular security audits, and secure API management. We ensure your SaaS applications are protected and your digital assets remain secure. Trust Aziro (formerly MSys Technologies) to provide the expertise and support you need to maintain a robust and secure cloud environment.

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6 Key Factors to Consider Before Choosing a Hybrid Cloud Service Provider

In today’s digital age, leveraging cloud technology is essential for businesses seeking efficiency and scalability. However, navigating the complexities of cloud migration demands expertise. This is where choosing the right hybrid cloud service provider becomes paramount. In this blog, we’ll outline key criteria and strategies to help you select the best provider for your needs. From assessing expertise and services offered to evaluating scalability and security measures, we’ll equip you with the insights needed to make an informed decision and ensure a seamless transition to the cloud. What is a Hybrid Cloud Service Provider? Hybrid cloud service providers are companies specializing in assisting businesses with integrating and managing hybrid cloud environments. They offer expertise and services to streamline the process, including assessment, planning, execution, and post-migration support. These providers help businesses leverage the benefits of both public and private clouds while minimizing risks and complexities associated with migration and management. How to Choose the Best Hybrid Cloud Service Provider Consider the below parameters before choosing a hybrid cloud service provider for your cloud services. Consider Expertise and Experience When assessing hybrid cloud service providers, prioritizing expertise and experience is paramount. Begin by scrutinizing the provider’s track record, seeking evidence of successful hybrid cloud integrations in similar contexts through case studies and client testimonials. Industry-specific experience is equally crucial; opt for a provider well-versed in the intricacies of your sector, ensuring they understand your unique requirements and compliance standards. Platform expertise is another critical factor; choose a provider proficient in the cloud platforms relevant to your needs, such as AWS, Azure, or Google Cloud. Additionally, certifications from major cloud providers and strategic partnerships signify a provider’s credibility and proficiency. Evaluate the competency of the provider’s team members, ensuring they possess the necessary qualifications and experience to execute your integration seamlessly. Lastly, prioritize providers who demonstrate a commitment to innovation and best practices, leveraging cutting-edge technologies and methodologies to optimize the hybrid cloud environment for superior outcomes. Consider Service Portfolio When evaluating hybrid cloud service providers, focus on the range and quality of services they offer. Look for providers who conduct thorough assessments and develop detailed migration and integration plans to ensure a solid foundation for the process. Choose a provider with a proven track record in executing migrations smoothly and efficiently, backed by robust post-migration support for ongoing optimization. Scalability is key; select a provider capable of scaling services to accommodate your business’s growth. For added flexibility, consider providers offering support for multi-cloud environments. Lastly, prioritize providers that offer training and educational resources to empower your team in effectively managing and optimizing your hybrid cloud infrastructure. By assessing services comprehensively, you can confidently choose a provider that meets your specific needs and ensures a seamless transition to the hybrid cloud. Evaluate Post-Migration Support Prioritize evaluating their post-migration support. Ensure they offer timely assistance round the clock and clear SLAs for response and resolution times. Understand their issue resolution process and verify the expertise of their support team. Look for providers offering proactive monitoring and maintenance to prevent downtime. Additionally, consider those providing training for your team to handle common issues independently. Comprehensive evaluation of post-migration support ensures seamless operations and maximizes your cloud investment. Consider Scalability Scalability and flexibility are critical considerations. Firstly, evaluate their ability to handle various workloads efficiently. A capable provider should demonstrate expertise in scaling resources according to your changing needs, ensuring optimal performance even during peak demand periods. Additionally, consider their support for multi-cloud environments. Opting for a provider that offers compatibility with multiple cloud platforms enables flexibility and redundancy, allowing you to leverage the strengths of different providers and avoid vendor lock-in. By prioritizing scalability and flexibility, you can confidently choose a provider equipped to accommodate your evolving business requirements and maximize the benefits of hybrid cloud integration. Understand Security Measures Prioritizing security and compliance is paramount. Firstly, evaluate their data encryption and protection measures. A reputable provider should employ robust encryption protocols and security mechanisms to safeguard your sensitive data against unauthorized access and breaches. Additionally, consider their compliance certifications. Look for providers with certifications such as ISO 27001, SOC 2, or HIPAA, demonstrating adherence to industry standards and regulatory requirements. By ensuring stringent security measures and compliance certifications, you can trust your provider to maintain the integrity and confidentiality of your data throughout the integration process and beyond. Cost and Pricing Models When evaluating hybrid cloud service providers, understanding their cost and pricing models is essential. Firstly, prioritize providers with transparent pricing structures. Look for detailed breakdowns of costs, including any additional fees or charges, to ensure clarity and avoid unexpected expenses. Additionally, consider their cost optimization strategies. Choose providers that offer proactive cost management solutions, such as rightsizing resources, leveraging reserved instances, or implementing automation tools, to optimize your cloud expenses and maximize cost-efficiency. By selecting a provider with transparent pricing and robust cost optimization strategies, you can effectively manage your budget and derive maximum value from your hybrid cloud integration investment. Review Multiple Hybrid Cloud Service Providers Researching and shortlisting hybrid cloud service providers involves two crucial steps: evaluating industry reputation and client testimonials. Firstly, delve into the provider’s industry reputation by scouring reviews and ratings to gauge their reliability and professionalism. Secondly, assess client testimonials and case studies from previous projects to gain insights into their capabilities and successful outcomes. By considering both industry reputation and client testimonials, you can confidently shortlist hybrid cloud service providers that best match your needs. Aziro (formerly MSys Technologies) As Your Trusted Hybrid Cloud Service Provider At Aziro (formerly MSys Technologies), we pride ourselves on being your trusted partner for all hybrid cloud services. With our extensive industry experience, we bring a wealth of knowledge and expertise to every project. Our team is dedicated to delivering exceptional service and tailored solutions to meet your unique needs. Whether you’re a small startup or a large enterprise, you can rely on Aziro (formerly MSys Technologies) to guide you through a smooth and efficient hybrid cloud integration journey. Trust Aziro (formerly MSys Technologies) as your preferred hybrid cloud service provider, and let us help you unlock the full potential of cloud technology for your business.

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6 Key Factors to Consider Before Choosing the Cloud Migration Service Provider

In today’s digital age, leveraging cloud technology is essential for businesses seeking efficiency and scalability. However, navigating the complexities of cloud migration demands expertise. This is where choosing the right cloud migration service provider becomes paramount. In this blog, we’ll outline key criteria and strategies to help you select the best provider for your needs. From assessing expertise and services offered to evaluating scalability and security measures, we’ll equip you with the insights needed to make an informed decision and ensure a seamless transition to the cloud. What is a Cloud Migration Service Provider? Cloud migration service providers are companies specializing in assisting businesses with transferring their IT infrastructure, applications, and data to new cloud environments. They offer expertise and services to streamline the migration process, including assessment, planning, execution, and post-migration support. These providers help businesses leverage the benefits of cloud technology while minimizing risks and complexities associated with migration. How to Choose Best Cloud Migration Service Providers Consider the below parameters before choosing a cloud migration service provider for your cloud migration services. 1.Consider Expertise and Experience When assessing cloud migration service providers, prioritizing expertise and experience is paramount. Begin by scrutinizing the provider’s track record, seeking evidence of successful migrations in similar contexts through case studies and client testimonials. Industry-specific experience is equally crucial; opt for a provider well-versed in the intricacies of your sector, ensuring they understand your unique requirements and compliance standards. Platform expertise is another critical factor; choose a provider proficient in the cloud platforms relevant to your migration, such as AWS or Azure. Additionally, certifications from major cloud providers and strategic partnerships signify a provider’s credibility and proficiency. Evaluate the competency of the provider’s team members, ensuring they possess the necessary qualifications and experience to execute your migration seamlessly. Lastly, prioritize providers who demonstrate a commitment to innovation and best practices, leveraging cutting-edge technologies and methodologies to optimize the migration process for superior outcomes. 2.Consider Service Portfolio When evaluating cloud migration service providers, focus on the range and quality of services they offer. Look for providers who conduct thorough assessments and develop detailed migration plans to ensure a solid foundation for the process. Choose a provider with a proven track record in executing migrations smoothly and efficiently, backed by robust post-migration support for ongoing optimization. Scalability is key; select a provider capable of scaling services to accommodate your business’s growth. For added flexibility, consider providers offering support for multi-cloud environments. Lastly, prioritize providers that offer training and educational resources to empower your team in effectively managing and optimizing your cloud infrastructure. By assessing services comprehensively, you can confidently choose a provider that meets your specific needs and ensures a seamless transition to the cloud. 3.Evaluate Post Migration Support Prioritize evaluating their post-migration support. Ensure they offer timely assistance round the clock and clear SLAs for response and resolution times. Understand their issue resolution process and verify the expertise of their support team. Look for providers offering proactive monitoring and maintenance to prevent downtime. Additionally, consider those providing training for your team to handle common issues independently. Comprehensive evaluation of post-migration support ensures seamless operations and maximizes your cloud investment. 4.Consider Scalability Scalability and flexibility are critical considerations. Firstly, evaluate their ability to handle various workloads efficiently. A capable provider should demonstrate expertise in scaling resources according to your changing needs, ensuring optimal performance even during peak demand periods. Additionally, consider their support for multi-cloud environments. Opting for a provider that offers compatibility with multiple cloud platforms enables flexibility and redundancy, allowing you to leverage the strengths of different providers and avoid vendor lock-in. By prioritizing scalability and flexibility, you can confidently choose a provider equipped to accommodate your evolving business requirements and maximize the benefits of cloud migration. 5.Understand Security Measures Prioritizing security and compliance is paramount. Firstly, evaluate their data encryption and protection measures. A reputable provider should employ robust encryption protocols and security mechanisms to safeguard your sensitive data against unauthorized access and breaches. Additionally, consider their compliance certifications. Look for providers with certifications such as ISO 27001, SOC 2, or HIPAA, demonstrating adherence to industry standards and regulatory requirements. By ensuring stringent security measures and compliance certifications, you can trust your provider to maintain the integrity and confidentiality of your data throughout the migration process and beyond. 6.Cost and Pricing Models When evaluating cloud migration service providers, understanding their cost and pricing models is essential. Firstly, prioritize providers with transparent pricing structures. Look for detailed breakdowns of costs, including any additional fees or charges, to ensure clarity and avoid unexpected expenses. Additionally, consider their cost optimization strategies. Choose providers that offer proactive cost management solutions, such as rightsizing resources, leveraging reserved instances, or implementing automation tools, to optimize your cloud expenses and maximize cost-efficiency. By selecting a provider with transparent pricing and robust cost optimization strategies, you can effectively manage your budget and derive maximum value from your cloud migration investment. 7.Review Multiplier Cloud Migration Service Providers Researching and shortlisting cloud migration service providers involves two crucial steps: evaluating industry reputation and client testimonials. Firstly, delve into the provider’s industry reputation by scouring reviews and ratings to gauge their reliability and professionalism. Secondly, assess client testimonials and case studies from previous projects to gain insights into their capabilities and successful outcomes. By considering both industry reputation and client testimonials, you can confidently shortlist cloud migration service providers that best match your needs. Aziro (formerly MSys Technologies) As Your Trusted Cloud Migration Service Provider At Aziro (formerly MSys Technologies), we pride ourselves on being your trusted partner for all cloud migration services. With our extensive industry experience, we bring a wealth of knowledge and expertise to every project. Our team is dedicated to delivering exceptional service and tailored solutions to meet your unique needs. Whether you’re a small startup or a large enterprise, you can rely on Aziro (formerly MSys Technologies) to guide you through a smooth and efficient cloud migration journey. Trust Aziro (formerly MSys Technologies) as your preferred cloud service provider, and let us help you unlock the full potential of cloud technology for your business.

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7 Key Things to Consider Before Purchasing Cloud-Native Data Protection Solutions

As organizations increasingly migrate their workloads to the cloud, the need for robust and cloud-native data protection solutions has become paramount. These solutions are designed to operate in the cloud environment, providing various benefits such as scalability, flexibility, reduced costs, enhanced security, simplified management, and rapid recovery. However, choosing the right one for your organization can be challenging with the wide range of available cloud-native data protection solutions. This blog explores key considerations before investing in a cloud-native data protection solution. Let’s get started! Key Considerations for Cloud-Native Data Protection Solutions Let’s delve into the essential six requirements for cloud-native data protection solutions. 1. Multi-Tenancy and Self-Service Key Consideration Seek a solution that seamlessly integrates with your cloud infrastructure, supporting tenant-driven workflows. Reason In a cloud environment, multiple tenants often deploy and manage their applications independently. A cloud-native data protection solution should natively integrate with the cloud’s identity management mechanisms, allowing tenants autonomy over their backup and recovery operations. 1 This self-service approach empowers users to set their own data protection policies, perform backups, and restore data without relying on a centralized backup administrator. By eliminating this bottleneck, tenants can quickly meet their Recovery Point Objectives (RPOs) and Recovery Time Objectives (RTOs) without burdening the cloud administration team. 2. Point-in-Time Workload Recovery Key Consideration Seek a solution capable of capturing non-disruptive, point-in-time snapshots of entire workloads. Reason Cloud environments are inherently more complex than on-premises infrastructure, with multiple interconnected components such as computing resources, network configurations, and data storage. A cloud-native data protection solution should capture comprehensive, application-consistent snapshots of complete workloads, including metadata related to security groups, network settings, VM flavors, and storage configurations. This ensures that tenants can quickly restore their entire workload to a specific point in time in the event of an incident, minimizing the risk of data loss and the time required for recovery. 3. Policy-Based Backup and Retention Key Consideration Look for a solution empowering backup administrators to schedule backups and establish tailored policies for individual workloads, volumes, or tenants. Reason Cloud-native data protection solutions should allow administrators to define backup and retention policies tailored to specific workloads, volumes, or tenants. 1 This policy-driven approach allows for automated, scheduled backups that adhere to organizational requirements without manual intervention. As the number of snapshots reaches the specified retention limits, the oldest snapshots are automatically deleted, ensuring efficient use of storage resources. 4. Application Consistency Key Consideration Seek a solution capable of capturing application-consistent snapshots, which will ensure recovery to a precise point in time without any data loss. Reason A cloud-native data protection solution should capture application-consistent snapshots to ensure successful recovery with no data loss. These snapshots are taken when the application has been notified and allowed to flush its memory, ensuring that the data is consistent and can be restored to a specific point. This approach eliminates the risk of reverting to older, potentially inconsistent backups, potentially leading to data loss or corruption. 5. Integrated Management Key Consideration Look for a solution seamlessly integrated into your current cloud management dashboard or accessible through a command-line interface. Reason Cloud-native data protection solutions should seamlessly integrate with the existing cloud management interfaces, whether web-based dashboard or a command-line interface. 1 This integration allows administrators and end-users to access backup and recovery controls directly from the tools they already use for cloud management. By providing a unified view of cloud operations and data protection, this requirement enhances the organization’s visibility, control, and chargeback/showback capabilities. 6. Incremental-Forever Backups Key Consideration Seek a solution harnessing incremental-forever backup technology to facilitate lightweight, frequent snapshots of your cloud environments. Reason Traditional backup approaches often require periodic full backups, which can be resource-intensive and disruptive to cloud operations. Cloud-native data protection solutions should leverage incremental-forever backup technology, where an initial full backup is taken, and all subsequent backups are incremental. 1 This approach enables more frequent, lightweight snapshots without the overhead associated with full backups. When restoring a workload, the cloud-native solution can synthesize a full backup image from the incremental snapshots, providing a complete and consistent recovery. 7. Scalability Key Consideration A scalable solution that meets your growing cloud infrastructure needs. Reason Cloud architectures offer unparalleled agility and flexibility compared to traditional data centers. However, integrating legacy systems onto these architectures often leads to administrative complexities and ongoing maintenance burdens. Legacy data protection solutions rely on manual agent deployment and device addition for each new resource, resulting in a cumbersome configuration process compounded by system changes and failures. In contrast, cloud-native solutions seamlessly scale alongside the cloud itself. Utilizing both a control plane and a data plane, these solutions horizontally scale and deploy with high availability clusters to eliminate single points of failure. Each compute node autonomously handles backup and recovery tasks for VMs running on it, aligning with the cloud’s efficient VM placement algorithm. This ensures scalability mirroring the cloud’s growth, with the control plane independently scalable based on VM count and unaffected by backup data volume. This scalability grants users complete freedom to expand as needed. Conclusion By meeting these seven essential criteria, cloud-native data protection solutions offer organizations a robust and streamlined approach to securing their cloud-based operations. Seamlessly integrating into cloud infrastructures, these solutions empower users with self-service functionalities and guarantee swift recovery in case of data loss or system disruptions. As businesses increasingly embrace the agility and scalability of the cloud, Aziro (formerly MSys Technologies) stands ready to assist in implementing a cloud-native data protection strategy integral to their broader cloud management and resilience initiatives. Reach out to us here for further information.

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